Hybridising Industrial Heat to Cut Emissions & Boost Competitiveness
From fossil fuel to flexible heat: engineering the low-carbon transformation of steel production
With mounting pressure to decarbonise heavy industry, steel manufacturers are exploring cleaner, more resilient alternatives to natural gas. This project focuses on hybridising a gas-based reheating furnace to reduce emissions while improving cost control and flexibility.
Client needs
Reduce Scope 1 & 2 CO₂ emissions by 40% by 2030
Enhance cost competitiveness through energy flexibility
Increase resilience to energy price volatility
Energy Pool outputs
Comprehensive support to engineer and structure a hybrid heating solution:
Hybridisation Design & Engineering
Co-development of technical solution for hybrid reheating (e.g. electric arc or hydrogen-ready systems)
Integration of steam production into the decarbonisation roadmap
Financial Structuring & Business Modelling
Evaluate CAPEX, OPEX, subsidies, and carbon savings
Model ROI scenarios based on energy and carbon price outlooks
Energy & Flexibility Strategy
Identify and valorise flexibility in furnace and steam operations
Design EMS strategies to manage energy mix dynamically
Proven Expertise
Pioneer and French leader of flexibility aggregation with +15 years of experience
Customer-Centric Approach
Tailored solutions that adress our customer deep needs.
Innovative Technology
Agnostic in-house technologies suitable to any system.
Global Support
Premium end-to-end support from consulting to operations.
